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Resistor Networks, Arrays

MPMT10012001CT1 is a resistor array with a 10012001 configuration. It features a total of 100 resistors, in a 100 ohm to 2k ohm range. Each of the resistors are individually connected, forming a matrix of 12 columns and 12 rows. The resistor array is commonly used in automotive, communication-based, power control, and medical applications.

Application Field

MPMT10012001CT1 arrays can be used for a variety of applications. For instance, they are commonly used for current sensing and current limiting. By adding a specific resistor values to the array, the current through the resistor can be limited or monitored. The resistor array can also be used to control power. When the resistor array is used as a part of an electrical system, it can provide an adjustable input current to a motor or other actuator. Additionally, they are ideal for providing feedback in communication and control systems. The ability to connect resistors in any number of combinations makes them suitable for a variety of applications.

Working Principle

The working principle of the MPMT10012001CT1 array involves connecting two wires to the resistor array, providing power and transferring data. Power is supplied to the array and the data is transferred between the wires. The resistance values of each resistor in the array can be adjusted, allowing the user to control the amount of current flowing through each resistor. This, in turn, allows the user to adjust the power output of the array. By adjusting the resistance values, the user can also monitor the current flowing through the array and adjust the resistance values to meet specific requirements. As the array is connected in a matrix structure, the resistance of each resistor can be easily changed for each individual application.

Conclusion

The MPMT10012001CT1 resistor array is a versatile device capable of providing adjustable current input and output in automotive, communication-based, power control, and medical applications. It consists of a matrix of 12 columns and 12 rows of resistors that can be adjusted to meet a variety of requirements. By connecting two wires to the array, power can be supplied and data can be transferred between them. By using different resistors in the array, it can be used to control, limit, or monitor the current in an application.

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